{

bool ret = true;

// Loads libraries

if (libsLoaded.isEmpty()) {

// Sets work directory

QString libPath = Tf::app()->libPath();

if (!QDir(libPath).exists()) {

tSystemError("lib directory not found");

return false;

}

// To resolve the symbols in the app libraries

QDir::setCurrent(libPath);

#if defined(Q_OS_WIN)

const QStringList libs = {"controller", "view"};

#else

const QStringList libs = {"libcontroller", "libview"};

#endif

for (auto &libname : libs) {

auto lib = new QLibrary(libPath + libname);

if (lib->load()) {

tSystemDebug("Library loaded: {}", lib->fileName());

libsLoaded << lib;

} else {

tSystemWarn("{}", lib->errorString());

ret = false;

unloadLibraries();

break;

}

}

QStringList controllers = TActionController::availableControllers();

tSystemDebug("Available controllers: {}", controllers.join(" "));

if (ret) {

loadedTimestamp = latestLibraryTimestamp();

}

}

QDir::setCurrent(Tf::app()->webRootPath());

return ret;

{

for (auto lib : libsLoaded) {

lib->unload();

tSystemDebug("Library unloaded: {}", lib->fileName());

}

libsLoaded.clear();

{

#if defined(Q_OS_WIN)

const QStringList libs = {"controller", "model", "view", "helper"};

#elif defined(Q_OS_LINUX)

const QStringList libs = {"libcontroller.so", "libmodel.so", "libview.so", "libhelper.so"};

#elif defined(Q_OS_DARWIN)

const QStringList libs = {"libcontroller.dylib", "libmodel.dylib", "libview.dylib", "libhelper.dylib"};

#else

const QStringList libs = {"libcontroller.so", "libmodel.so", "libview.so", "libhelper.so"};

#endif

QDateTime ret = QDateTime::fromSecsSinceEpoch(0);

QString libPath = Tf::app()->libPath();

for (auto &lib : libs) {

QFileInfo fi(libPath + lib);

if (fi.isFile() && fi.lastModified() > ret) {

ret = fi.lastModified();

}

}

return ret;

{

auto peerInfo = QPair<QHostAddress, uint16_t>(QHostAddress(), 0);

union {

sockaddr a;

sockaddr_in a4;

sockaddr_in6 a6;

} sa;

socklen_t sasize = sizeof(sa);

std::memset(&sa, 0, sizeof(sa));

if (socketDescriptor <= 0 || ::getpeername(socketDescriptor, &sa.a, &sasize) < 0) {

return peerInfo;

}

if (sa.a.sa_family == AF_INET6) {

// IPv6

Q_IPV6ADDR tmp;

std::memcpy(&tmp, &sa.a6.sin6_addr, sizeof(tmp));

peerInfo.first.setAddress(tmp);

peerInfo.second = ntohs(sa.a6.sin6_port);

} else {

// IPv4

peerInfo.first.setAddress(ntohl(sa.a4.sin_addr.s_addr));

peerInfo.second = ntohs(sa.a4.sin_port);

}

return peerInfo;

{

// Calls staticInitialize()

TDispatcher<TActionController> dispatcher("applicationcontroller");

bool dispatched = dispatcher.invoke("staticInitialize", QStringList(), Qt::DirectConnection);

if (!dispatched) {

tSystemWarn("No such method: staticInitialize() of ApplicationController");

}

{

// Calls staticRelease()

TDispatcher<TActionController> dispatcher("applicationcontroller");

bool dispatched = dispatcher.invoke("staticRelease", QStringList(), Qt::DirectConnection);

if (!dispatched) {

tSystemDebug("No such method: staticRelease() of ApplicationController");

}